SUBJECT TO CHANGE WITHOUT NOTICE

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TRNSUCERS & ISTRS Theta 30P www.sifamtinsley.co.uk TSHEET Issue 1.

1 TRNSUCERS & ISTRS Theta 30P TSHEET Issue 1.0 Multifunction Meters Transducers & Isolators Temperature Controllers Converters & Recorders igital Panel Meters Current Transformers nalogue Panel Meters Shunts igital Multimeters THET 30P PWER / PHSE NGE / PWER FCTR TRNSUCER The Sifam Tinsley - P transducer is used to measure and convert active, reactive, apparent power, Phase angle & Power Factor of a Single-phase or Three-phase C system with balanced or unbalanced load into a proportional load independent C current or voltage output signal. Features Measuring Input: C Voltage/Current input signal,sine wave or distorted wave form nalogue utput (Single or dual): Isolated analogue output which can be set to voltage or current output onsite ccuracy: utput signal accuracy class 0. as per International IEC / EN Standard Programmable Input/utput: The Transducer can be programmed onsite using front key & display or through programming port (CM) or through RS485 E Indication: E indication for power on and output type. (Current output : Red E, Voltage output : Green E). Clamp Meters Insulation Testers SUBJECT T CHNGE WITHUT NTICE This manual superseded all previous versions please keep for future reference

2 TRNSUCERS & ISTRS Salient Features : True RMS measurement. Fully onsite programmable input voltage range & input current range n Site Configurable as ctive / Reactive / pparent Transducer / Phase ngle / Power Factor nsite selectable output type(c current / C voltage) Single or ual output ccuracy Class 0. ( IEC / EN 60688) for Power ccuracy Class 0.5 ( IEC / EN 60688) for Phase ngle / Power Factor Seven Segment C isplay Rs485(Modbus) Communication Wide uxiliary power supply. ccepts any input between 60V-300V C/C or 4V-60V C/C utput Response Time < 750 ms standard Fast and easy installation on IN RI or onto a wall. isplay Module(ptional): ptional 7 segment C display with backlit & keypad. For displaying measured parameter & onsite configuration of Input/output. RS485 Communication(ptional): ptional RS485 communication is available. For reading measured parameter & onsite configuration of input/output. Symbols and their meaning: X X0 X1 X Y Y0 Y1 Y Input pparent /ctive/reactive Power Factor / Phase ngle Start value of input Elbow value of input End value of input utput C Voltage / C Current Start value of output C Voltage / C Current Elbow value of output C Voltage / C Current End value of output C Voltage / C Current RN Rated value of output burden FN Nominal Frequency Issue 1.0 Theta 30P 1

3 TRNSUCERS & ISTRS Technical Specifications: Measured Parameter ctive Power / Reactive Power / pparent Power / Power Factor /Phase ngle. Network Type Supported by Power transducer: Single Phase / 3 phase 3 wire Unbalanced / 3 phase 4 wire Unbalanced 3 phase 3 wire balanced / 3 phase 4 wire balanced Network Type Supported by Power Factor & Phase ngle : Single Phase / (U1 I1) Balanced load (U13 I1) Balanced load / (U3 I1) Balanced load 3 phase 3 wire balanced / 4 wire Balanced load Nominal Voltage Input(UN): Nominal input Voltage (C RMS) 100 V UN 500 V- (PT Secondary range) PT Primary range 100V to 69 KV- Nominal Frequency FN 5 Hz to 60 Hz Nominal input Voltage burden < 0.6 V per phase at UN verload Capacity: 1. * UN continuously, * UN for 1 second, repeated 10 times at 10 minute intervals (Un maximum 300V with power supply powered from measuring input). Nominal Current Input(IN): Nominal input Current (C RMS) 1 IN 5 (CT Secondary range) CT Primary range 1 to 9999 Nominal Frequency FN 5 Hz to 60 Hz Nominal input Current burden < 0. V per phase at IN verload Capacity: 1. * IN continuously, 10 * IN for 3 second, repeated 5 times at 5 minute intervals. 50 * IN for 1 second, repeated 1 times at 1 hour interval (Max 50 ). llowed measuring range end values X (calibration factor Xc): With single phase C active/reactive/apparent power 0.30 (X/Rated Power) < 1.3 UN / 3 IN With 3-phase C active/reactive/apparent power 0.30 (X/Rated Power) < UN IN (For single phase Rated Power=UN / 3 IN) (For Three phase Rated Power= 3 UN IN) Phase ngle & Power Factor measuring Range: Minimum span 0 to Maximum Span 360 Measuring utput Y( Single or ptional ual): utput type oad independent C Voltage, C Current n site selectable through IP switches. oad independent C output Unipolar 0 0m / 4 0m R 0 10V. Bipolar -0m m R -10V V utput burden with C current output 0 R 15V/Y Signal utput burden with C voltage output Y/( m) R Signal Theta 30P Issue 1.0

4 TRNSUCERS & ISTRS Current limit under overload R=0 Voltage limit under R= Residual Ripple in utput signal Response Time 1.5 * Y with current output 100 m with voltage output < 1.5 * Y with voltage output 30 V with current output 1% pk-pk < 750 ms uxiliary Power Supply: C/C uxiliary Supply 60V 300 VC-C ± 5% or 4V...60V VC-C ± 10% C uxiliary supply frequency range 40 to 65 Hz uxiliary supply consumption 60V VC-C < 8V for Single output < 10V for ual output 4V...60 VC-C < 5 V for Single output < 6 V for ual output ccuracy :( cc. to IEC / EN 60688) Reference Value Basic ccuracy for power transducer Basic ccuracy for Phase ngle & Power Factor transducer utput end Value Y (Voltage or Current) 0.*C 0.5*C Factor C (The highest value applies if calculated C is less than 1,then C=1 applies) inear characteristics: C= Y0 1 Y X0 1 X or C=1 Bent characteristics: For X0 < X < X1 For X1 < X < X Y1 - Y0 X C= or C=1 X1 - X0 Y C= Y1 1 Y X1 1 X or C=1 Reference conditions for ccuracy : For Power Transducer: mbient temperature 3 C +/- 1 C Pre-conditioning 30 min acc. to IEC / EN Input Variable Voltage Rated / Current Rated Input waveform Sinusoidal, Form Factor Input signal frequency 50 or 60Hz ctive / Reactive factor Cos =1 resp. Sin = 1 For Phase ngle & Power Factor Transducer: Reference Value For Phase angle = 90 resp. For power factor = 0.5 uxiliary supply voltage t nominal range utput oad Rn = 7.5 V / Y ± 1% With C current output signal Version: 9/05/13 Rn = Y / 1 m ± 1% With C voltage output signal Miscellaneous cc. to IEC / EN Issue 1.0 Theta 30P 3

5 TRNSUCERS & ISTRS utput Characteristics: Example of setting with inear Characteristics : Example of setting with bent Characteristics : X0 = Start value of input Y0 = Start value of output X1 = Elbow value of input Y1 = Elbow value of output X = End value of input Y = End value of output Note: End value(y) of output cannot be changed onsite. dditional Error: Temperature influence Influence of Variations: s per IEC / EN standard. utput stability ± 0.%/10 C < 30 min Safety: Protection Class II (Protection Isolated, EN 61010) Protection IP 40, housing according to EN IP 0,terminal according to EN Pollution degree Installation Category III Insulation Voltage 50Hz,1min. ( EN ) 5500V, Input versus outer surface 3700V, Input versus all other circuits 3700V, uxiliary supply versus outer surface and output 490V, utput versus output versus each other versus outer surface. Installation ata: Mechanical Housing Mounting position Weight Connection Terminal Connection Element Permissible cross section of the connection lead exan 940 (polycarbonate) Flammability Class V-0 acc. To U 94, self extinguishing, non dripping, free of halogen Rail mounting / wall mounting pprox. 0.4kg Conventional Screw type terminal with indirect wire pressure 4.0 mm² single wire or x.5 mm² fine wire 4 Theta 30P Issue 1.0

6 TRNSUCERS & ISTRS Environmental: perating temperature 0 C...3 C...45 C(usage Group II) Storage temperature -40 C to 70 C Relative humidity of annual mean 75% ltitude 000m max mbient tests: EN cceleration Frequency range Rate of frequency sweep Number of cycles EN cceleration EN /-/-3 IEC /-3/-4/-5/-6 EN Vibration ± g Hz, 1 octave/minute 10, in each of the three axes Shock 3 x 50g 3 shocks in each direction Cold, ry, amp heat Electromagnetic compatibility. E Indication: N E ux.supply healthy condition Green E continuous N /P1 E utput1 voltage selection Green E continuous N utput1 current selection Red E continuous N /P E utput voltage selection Green E continuous N utput current selection Red E continuous N Electrical Connections: Connection Terminal details Measuring Voltage U1 Input U 5 U3 8 N 11 uxilliary Power supply ~, + 13 ~, - 14 Measuring output Connection Terminal details Measuring Current I1 1 Input I1 3 I 4 I 6 I3 7 I3 9 Measuring output Issue 1.0 Theta 30P 5

TRNSUCERS & ISTRS Electrical Networks : Terminal etails 4 Wire Unbalanced oad U1 U U3 N 5 8 11 1 3 4 6 7 9 13 14 N UX /P-1 SUPPY 15 16 17 18 /P-

1 3 13 14 15 16 17 18 4 Wire Balanced oad U1 U U3 N N UX SUPPY /P-1 /P- 3 Wire Balanced oad U1 U U3 5 8 1 3 11 1 3 13 14 15 16 17 18 + N - UX SUPPY

1 3 4 6 7 9 17 18 I1 I1 I I I3 I3 { { Input I utput- (ptional) 1 Phase Wire U1 N 5 1 3 N UX SUPPY 13 14 /P-1 /P- 15 16 17 18 imensions 78.

7 TRNSUCERS & ISTRS Electrical Networks : Terminal etails 4 Wire Unbalanced oad U1 U U3 N N UX /P-1 SUPPY /P- Input V U1 U U3 N + ~ ux { { { ~ - utput-1 3 Wire Unbalanced oad U1 U U N - UX SUPPY /P-1 /P Wire Balanced oad U1 U U3 N N UX SUPPY /P-1 /P- 3 Wire Balanced oad U1 U U N - UX SUPPY /P-1 /P Fig I1 I1 I I I3 I3 { { Input I utput- (ptional) 1 Phase Wire U1 N N UX SUPPY /P-1 /P imensions 78.5 pplication : U1 I1 Balanced oad U1 U U N UX SUPPY /P-1 /P U13 I1 Balanced oad U1 U U3 N UX SUPPY /P-1 /P U3 I1 Balanced oad U1 U U N UX SUPPY /P-1 /P Fig 3. ( ll dimensions are in mm.) 6 Theta 30P Issue 1.0

8 TRNSUCERS & ISTRS Programming (Figs: 4 and 5) Programming of transducer can be done in three ways : 1) Programming Via Front C & two keys. ) Programming Via optional RS485(MBUS) communication port. (evice address,pt Ratio,CT Ratio,Transducer type,password, communication parameter,utput Type & simulation mode can be programmed). 3) Programming Via Programming port available at front of Sifam Tinsley Transducers using optional PRKB601 dapter. Programming Via Programming port (CM) PC with RS 3 C interface along with the programming cable PRKB601 and the configuration software are required to program the transducer. The Configuration software is supplied on a C. The programming cable PRKB601 adjusts the signal level and provides the electrical insulation between the PC and Sifam Tinsley Transducers. Configuring Sifam Tinsley Transducer : To configure Sifam Tinsley Transducer Input / utput one of the three programming methods can be adapted along with mechanical switch setting (IP switch setting on PCB). IP Switch Setting for UTPUT : Type of output (current or voltage signal) has to be set by IP switch (see Fig.5). For programming of IP switch the user needs to open the transducer housing & set the IP switch located on PCB to the desired output type Voltage or Current. utput range changing is not possible with IP switch setting. Refer below Fig. 5 for IP switch setting. The connections between PC PRKB 601 Sifam Tinsley Transducer. The power supply must be applied to transducer before it can. The four pole IP switch is located on the PCB in the Sifam Tinsley Transducer. IP Switch Setting Type of utput Signal load-independent current load-independent voltage Fig. 5 Fig. 4 Issue 1.0 Theta 30P 7

9 TRNSUCERS & ISTRS rdering Information : Standard Version : ual utput : P - 4WUB - F - H V1 - - Z - Z Single utput : P - 4WUB - F Z - Z Sr.No. Transducer parameter rdering Code 1 Input Signal ctive Power P *Network supported : 3 phase 4 wire unbalanced load 4WUB Frequency of Input (50 Hz / 60 Hz) F 3 uxiliary Supply High ux (60V...300V C-C) H ow ux (4V...60V C-C) 4 utput 1 (Standard Ranges) Current = m 11 5 utput (Standard Ranges) Voltage = V V1 6 With isplay 7 Without RS-485 Z 8 Without PRKB 601 Z Note: End value of output can not be changed onsite. * Transducer type and network supported are onsite programmable. rdering Information: ptional Versions Sr.No. Transducer parameter rdering Code Input Signal 1 ctive Power P Reactive Power Q pparent Power S Single phase 1PW *Network supported : 3 phase 4 wire unbalanced load 3WUB 3 phase 4 wire unbalanced load 4WUB 3 phase 4 wire balanced load 4WB 3 phase 3 wire balanced load 3WB Power factor/ PF Phase angle P Single phase 1PW *Network supported : 3 phase 4 wire unbalanced load 4WUB 3 phase 3 wire unbalanced load 3WUB (U1I1) 3 phase balanced load 3WB - U1 (U13I1) 3 phase balanced load 3WB - U13 (U3I1) 3 phase balanced load 3WB - U3 8 Theta 30P Issue 1.0

10 TRNSUCERS & ISTRS Frequency of Input (50 Hz / 60 Hz) F 3 uxiliary Supply High ux (60V VC-C H ow ux (4V...60 VC-C 4 utput 1 **Current = m 11 Current = m 1 Current = m 13 **Voltage = V 1V1 Voltage = V 1V ptional factory set ranges Current = m 14 Current = m 15 Current = m 16 Current = m 17 Voltage = V 1V3 Voltage = V 1V4 Voltage = V 1V5 5 utput Without output 00 **Current = m 1 Current = m Current = m 3 **Voltage = V V1 Voltage = V V 6 C display module With isplay Without isplay Z 7 RS-485 module With RS-485 R Without RS-485 Z 8 PRKB 601module With PRKB 601 PR Without PRKB 601 Z ptional Version Example: Q - 3WB - F - H - 1-1V - V- - - R - PR Reactive Power transducer, 3 phase 3 wire balanced network,50/60 Hz nominal input signal, High ux, utput1 = 0 0m or 0 10V, utput= 0 10V or 0 0m, With C display module, with RS-485 & with PRKB 601 cable. Note: End value of output can not be changed onsite. * Transducer type and network supported are onsite programmable. **For apparent power, m or, v is not applicable. Issue 1.0 Theta 30P 9

11 TRNSUCERS & ISTRS Contact Sifam Tinsley Instrumentation td 1 Warner rive Springwood Industrial Estate Braintree, Essex CM7 YW Tel: sales@sifamtinsley.com 10 Theta 30P Issue 1.0

ZIEGLER PRO-P Power / Phase Angle / Power Factor Transducer

ZIEGLER PRO-P Power / Phase Angle / Power Factor Transducer nalogue Meters With Moving - Iron Movement pplication IEGER PR-P The iegler PR-P transducer is used to measure and convert active, reactive, apparent power, Phase angle & Power Factor of a Single-phase